Z-AXIS FIBER
Lightweight, corrosion-resistant material with exceptional energy-diffusion capabilities (including thermal, electrical, and structural loads)
Created entirely from reclaimed carbon fiber, allowing for high-performance, high-volume materials and components with the lowest possible carbon footprint
Created entirely from reclaimed carbon fiber, allowing for high-performance, high-volume materials and components with the lowest possible carbon footprint
Markets & Applications
ELECTRONICS
RELIABLE POWER ELECTRONICS
Lightweight, high performance heat sinks
Increased cooling for discrete power packages
Polymer heat sinks with high thermal conductivity (40+ W/mK)
Increased cooling for discrete power packages
Polymer heat sinks with high thermal conductivity (40+ W/mK)
TRANSPORTATION
MASS-MARKET HYDROGEN FUEL CELLS
Lightweight, no-corrosion bipolar plates
60% weight reduction vs. stainless steel
Thin (<0.2mm) polymer composite bipolar plates with high electrical conductivity
60% weight reduction vs. stainless steel
Thin (<0.2mm) polymer composite bipolar plates with high electrical conductivity
SAFETY
ENHANCED BALLISTIC PROTECTION
Energy-absorbing materials for mass-produced composite armor
Significant reduction in trauma from back face deformation
30% lower plastic deformation vs current systems
Significant reduction in trauma from back face deformation
30% lower plastic deformation vs current systems
AEROSPACE
NEXT-GENERATION SPACECRAFT
Materials to protect spacecraft during atmospheric re-entry (2,500°C+)
30% increase in interlaminar shear strength properties for conventional ceramic matrix composites
Commercial partnership with Textron (NYSE: TXT)
30% increase in interlaminar shear strength properties for conventional ceramic matrix composites
Commercial partnership with Textron (NYSE: TXT)
Technology
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